Macron is pleased to present the Leonidas padel racket, a model designed for players seeking control, comfort and reliability in every rally.
With its black design enhanced by touches of blue, it combines modern elegance with technical performance.
Thanks to its round shape, the Leonidas offers an enlarged sweet spot that makes it easier to centre the ball and ensures maximum control.
Featuring a 3K carbon frame, it benefits from a solid, durable structure, providing excellent stability without weighing down the racket.
To complement this structure, the racket incorporates EVA Compact foam, a stiffer core that ensures fast ball release, enhanced control and a dry feel highly appreciated by intermediate to advanced players.
In addition, the frame benefits from Carbon Frame technology, which improves the racket's strength and durability by reinforcing its peripheral structure.
Finally, the Lineal Holes System perforation optimises aerodynamics and distributes impacts evenly across the hitting surface, ensuring stable and predictable behaviour on every shot.
The Macron Leonidas thus combines control, comfort and strength to support players in their progression with remarkable precision.
Technologies integrated into the Macron Leonidas padel racket:
3K Carbon
3K carbon is a strong, lightweight material made from a tight fibre weave. It provides stability, strength and greater durability to the racket while retaining excellent ball feel.
EVA Compact
EVA Compact foam is a material with high shock absorption capacity, providing more comfort while maintaining a firm and responsive structure. Its stiffer density promotes fast ball output and optimal control, for a precise and controlled hitting feel.
Carbon frame
Carbon Frame technology consists of reinforcing the entire frame with carbon fibres to improve structural strength. It increases the racket's durability and ensures a more stable feel on shots.
Lineal Holes System
The Lineal Holes System is a linear perforation pattern that optimises the distribution of impacts across the surface. It provides greater stability, more consistent hitting behaviour and increased control.